* CAddrDB modified so that when de-serialization code throws an exception Addrman is reset to a clean state
* CAddrDB modified to make unit tests possible
* Regression test created to ensure bug is fixed
* StartNode modifed to clear adrman if CAddrDB::Read returns an error code.
* banlist: update set dirty to be more fine grained
- move the SetBannedSetDirty(false) call from DumpData() into DumpBanlist()
- ensure we only set false, if the write succeeded
* banlist: better handling of banlist in StartNode()
- only start working on/with banlist data, if reading in the banlist from
disk didn't fail
- as CNode::setBannedIsDirty is false (default) when reading fails, we
don't need to explicitly set it to false to prevent writing
banlist.dat in that case either
* banlist: add more banlist infos to log / add GUI signal
- to match the peers.dat handling also supply a debug.log entry for how
many entries were loaded from banlist.dat and how long it took
- add a GUI init message for loading the banlist (same as with peers.dat)
- move the same message for peers.dat upwards in the code, to be able to
reuse the timing variable nStart and also just log, if our read from
peers.dat didn't fail
* banlist (bugfix): allow CNode::SweepBanned() to run on interval
- allows CNode::SweepBanned() to run, even if !CNode::BannedSetIsDirty(),
because if nBanUntil is over we want the ban to be disabled for these
nodes
* log bytes recv/sent per command
* net: Account for `sendheaders` `verack` messages
Looks like these were forgotten in #6589.
* Backport remaining part of Bitcoin PR bitcoin/bitcoin#7181.
Most of this PR is already merged, but a small part remaining
that makes per-command byte counts in CNode working.
Signed-off-by: Oleg Girko <ol@infoserver.lv>
* Few networking fixes:
- skip "masternode"/inbound connections for sync related processes
- do not sync gov data to other nodes until fully synced ourselves
- do not accept incoming connections until fully synced
* inbound connections could be harmful only if our node is a masternode
* same for CGovernanceManager::Sync
* Multi-quorum InstantSend, complete refactoring
+ cleanup for IS and partial protobump
* more changes:
- allow InstantSend tx to have 10 inputs max
- store many unique tx hashes in mapVotedOutpoints
- more checks in AcceptToMemoryPoolWorker (moved from ProcessMessage + CTxLockRequest(tx).IsValid() )
* More changes:
- let multiple lock candidates compete for votes
- fail to vote on the same outpoint twice early
* More changes:
- notify CInstantSend on UpdatedBlockTip -> remove cs_main from CheckAndRemove()
- notify CInstantSend on SyncTransaction -> count expiration block starting from the block corresponding tx was confirmed instead of the block lock candidate/vote was created
- fixed few locks
* add comments about nConfirmedHeight
* Fix "Block vs Lock" edge case
* Fix "Block vs Lock" edge case, p2
* Fix issues:
- fix logic for locking inputs and notifying - see UpdateLockedTransaction, TryToFinalizeLockCandidate
- add missing hash inserting in ProcessTxLockVote
- add nMaxBlocks param to ResolveConflicts to limit max depth allowed to disconnect blocks recursively
- fix false positive mempool conflict
- add missing mutex locks
- fix fRequireUnspent logic in CTxLockRequest::IsValid
- some were not used, some were included twice, some were in the wrong place, some were missing (but it compiled because some were in the wrong place)
- organized a bit better, grouped dash specific includes in original bitcoin files, should save some time solving conflicts when/if merging patches later
86d8505 Refactor CActiveMasternode
+ move strMasterNodeAddr to CActiveMasternode
a005c79 Refactor InstantSend
+ new lock cs_instantsend to protect maps on CleanTransactionLocksList()
+ new DEFAULT_INSTANTSEND_DEPTH constant
+ rename MIN_INSTANTX_PROTO_VERSION to MIN_INSTANTSEND_PROTO_VERSION and bump it
d24182c Refactor Privatesend
+ decouple from util.h and version.h
+ more functions for CDarksendBroadcastTx: constructors, signing, serialization
+ move from rand() to insecure_rand() in general but to GetRand() for session id
+ fix defaults
513506f Fixing AddRef() usage
Using AddRef() in ConnectNode() for existing connections doesn't feel right considering how refs are released in ThreadSocketHandler(). I guess this could be the reason that sometimes refs stay >0 no matter what and nodes stuck in vNodesDisconnected forever which means that node never get deleted and FinalizeNode signal is never fired which in its turn means that for example mapBlocksInFlight can't be cleaned properly and then blocks stuck.
This commit should solve the issue by:
- removing AddRef() for existing connections
- adding AddRef() in CNode's constructor using the same conditions as in ThreadSocketHandler()
- addding AddRef() in ConnectNode() and Release() in ThreadSocketHandler() for mixing nodes
- removing explicit calls to Release() (back to `pnode->fDisconnect = true` in `CMasternodeMan::ProcessMasternodeConnections`)
9da4a83 fix names/comments
487674f Governance object/vote syncing fixes
- disable fCached values
- use two maps for storing votes, by hash and parent-hash/type
- disable part of flatdb.dump (still overwriting)
- fixed govobj/votes relay and sync
15821fe various fixes
- Added const where possible
- Uncommented sync block
- Protocol min 70201
- Fixed bug which flags invalid votes incorrectly
- Formatting
aa8fdd7 fix curly braces
d8e39b1 Fix GetTypeHash bug
- Should not collide based on the outcome
732a8a3 fixed mismatched index for vote map
Previously we used the CInv that would be sent to the peer announcing the
transaction as the key, but using the txid instead allows us to decouple the
p2p layer from the application logic (which relies on this map to avoid
duplicate tx requests).
Github-Pull: #7862
Rebased-From: 7e91f632c70ff1848a152f24ee67a06796803943
- Fix CreateTransaction and GetDepthInMainChain for IX compatibility
- Prepare IsIXTXValid for the next update (see FIXME in CreateTransaction)
- Unify processing of TX/IX/DSTX a bit more
- Clean up some code
This corrects a bug the case of tying group size where the code may
fail to select the group with the newest member. Since newest time
is the final selection criteria, failing to break ties on it
on the step before can undermine the final selection.
Tied netgroups are very common.
With automatic tor HS support in place we should probably not be providing
absolute protection for local peers, since HS inbound could be used to
attack pretty easily. Instead, this counts on the latency metric inside
AttemptToEvictConnection to privilege actually local peers.
When running the rpc tests in Wine, nodes often fail to listen on localhost
due to a stale socket from a previous run. This aligns the behavior with other
platforms.
We used to have a trickle node, a node which was chosen in each iteration of
the send loop that was privileged and allowed to send out queued up non-time
critical messages. Since the removal of the fixed sleeps in the network code,
this resulted in fast and attackable treatment of such broadcasts.
This pull request changes the 3 remaining trickle use cases by random delays:
* Local address broadcast (while also removing the the wiping of the seen filter)
* Address relay
* Inv relay (for transactions; blocks are always relayed immediately)
The code is based on older commits by Patrick Strateman.
Github-Pull: #7125
Rebased-From: 5400ef6bcb9d243b2b21697775aa6491115420f3
- Avoids string typos (by making the compiler check)
- Makes it easier to grep for handling/generation of a certain message type
- Refer directly to documentation by following the symbol in IDE
- Move list of valid message types to protocol.cpp:
protocol.cpp is a more appropriate place for this, and having
the array there makes it easier to keep things consistent.
Github-Pull: #7181
Rebased-From: 9bbe71b641e2fc985daf127988a14a67c99da50a
ebb25f4 Limit setAskFor and retire requested entries only when a getdata returns. (Gregory Maxwell)
5029698 prevent peer flooding request queue for an inv (kazcw)
The setAskFor duplicate elimination was too eager and removed entries
when we still had no getdata response, allowing the peer to keep
INVing and not responding.
mapAlreadyAskedFor does not keep track of which peer has a request queued for a
particular tx. As a result, a peer can blind a node to a tx indefinitely by
sending many invs for the same tx, and then never replying to getdatas for it.
Each inv received will be placed 2 minutes farther back in mapAlreadyAskedFor,
so a short message containing 10 invs would render that tx unavailable for 20
minutes.
This is fixed by disallowing a peer from having more than one entry for a
particular inv in mapAlreadyAskedFor at a time.
